The switch in the circuit shown below was open for a sufficiently long time and no energy is stored in any of the inductors. It is assumed that the switch is suddenly closed at t=0. Draw the equivalent circuit atI-0*. Then determine the time constant, r, and final value, I Determine the current through the voltage source, i(1), for t2 0 Determine the voltage across the resistor R3, v (1), for 120 1. 2. 3. R 1602 R3 1=0 L 0.52H R, 2402 10492 V's + v1) - L3 100V 1.2H 0.8H

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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The switch in the circuit shown below was open for a sufficiently long time and no energy is
stored in any of the inductors. It is assumed that the switch is suddenly closed at t=0.
Draw the equivalent circuit atI-0*. Then determine the time constant, r, and final
value, I
Determine the current through the voltage source, i(1), for t2 0
Determine the voltage across the resistor R3, v (1), for 120
1.
2.
3.
R 1602
R3
1=0
L 0.52H
R, 2402
10492
V's
+ v1) -
L3
100V
1.2H
0.8H
Transcribed Image Text:The switch in the circuit shown below was open for a sufficiently long time and no energy is stored in any of the inductors. It is assumed that the switch is suddenly closed at t=0. Draw the equivalent circuit atI-0*. Then determine the time constant, r, and final value, I Determine the current through the voltage source, i(1), for t2 0 Determine the voltage across the resistor R3, v (1), for 120 1. 2. 3. R 1602 R3 1=0 L 0.52H R, 2402 10492 V's + v1) - L3 100V 1.2H 0.8H
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